Dziugas Sabonis

PhD student @VU_LT

[Vasili Hauryliuk @hauryliuk]

Hidden in plain sight: Bacterial genomes reveal thousands of lytic phages with therapeutic potential https://t.co/BpylsWTia8

[Harvard Micro @HarvardMicro]

Research from Renee Chang @reneechang explains how viruses disrupt His-ADPR immune signaling. Kranzusch lab (https://t.co/VJl5ICZSn2), @SorekLab, @eigie111, @Nature https://t.co/SBiGqDqCoy

[Dziugas Sabonis @d_sabonis]

Excited to share our latest on the Type II Thoeris system! In collaboration with the Sorek and Kranzusch labs, we identify His-ADPR as a signaling molecule. Huge thanks to all involved—amazing teamwork!
https://t.co/PbEQ4ZHKyl

[Vasili Hauryliuk @hauryliuk]

Registration for our PhD / postdoc course 'Fundamentals of Basic and Applied Phage Biology' is now open! See you in Lund May 12-16!
https://t.co/qhuR4X4XUM

[Ilya Osterman @IlyaOsterman]

Our NAD-reconstitution story is finally published in @nature

https://t.co/R1Ffc2H2dW

Thank you to all co-authors, especially to @hadarsamra, @FrancoisRousset, Elena Loseva, @ErezTzvi, @AdiMillman, and everybody in the @SorekLab for their help and support.

[Sorek Lab @SorekLab]

More details on the discovery, led by super talented @IlyaOsterman, are in the thread below

https://t.co/N9Y5s6DCa2

[Dziugas Sabonis @d_sabonis]

@eigie111 I am grateful for your expertise and leadership on this project

[Giedre Tamulaitiene @eigie111]

Exited to announce the publication of our work showing that activated type I Thoeris SIR2 effector ThsA forms helical filaments in @Nature. Thread below

https://t.co/87F6ZozIrG

[Dziugas Sabonis @d_sabonis]

Our take on Thoeris type I system.
Glad to see these right-handed spirals in (N)nature. 🧬
This work was led by Giedre Tamulaitiene (@eigie111) in collaboration with @SorekLab.
https://t.co/8t7166RRDd